Ionic solids conduct electricity in molten state but not in solid state. Explain.

Explain giving reasons why ionic solids conduct electricity in molten state, but not in solid state.

Which of the following crystalline solids conduct electricity in molten state but not in solid state?

Ionic solids conduct electricity in the molten state and not in the solid state. Explain.

Identify the type of cyrstalline solid based on the following properties : (a) Conducts electricity in the molten state but in the solid state. (b) Very hard with melting point and acts as electrical insulator. (c) Conducts electricity in the solid state, malleable and ductile.

Why are ionic solids conducting in the molten state and not in the solid state ?

Explain why : sodium chloride does not conduct electricity in the solid state but conduct in the fused state or in aqueous solution

Do ionic solids conduct electric current in the solid state?

Can sodium chloride conduct electricity in the solid state ?

Explain why ionic solids do not conduct electricity but are good conductors in molten state.

Explain the following: (a) Sodium chloride is an ionic compound which does not conduct electricity in solid state whereas it does conduct electricity in molten state as well as in aqueous solution. (b) Reactivity of aluminium decrease if it is dipped in nitric acid. (c) Metals like calcium and magnesium are never found in their free state in nature.